SIMpull Barrel™ Cable Drum

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Construction:

Conductor:Solid soft drawn bare copper per ASTM B3 or combination-unilay stranded soft drawn bare copper per ASTM B787
Insulation:Heat and moisture resistant PVC insulation in various colors
Sheath:Nylon jacket utilizing SIMpull® Technology

Applications and Features:

The SIMpull BARREL™ Cable Drum reduces the physical effort associated with material handling, setup, and pulling when compared to conventional wire pulling methods. Designed to simplify branch circuit installations, the SIMpull BARREL™ Cable Drum contains up to 7 paralleled conductors per BARREL (homerun), increasing productivity and reducing the potential for injury while avoiding broken spools, excess material handling and scrap.

Easier pulling with SIMpull NoLube® wire jacket.

Stationary package design to further reduce pulling tension.

Designed to help lower potential for lifting/handling/pulling injuries.

Patented parallel construction to reduce material handling and setup.

Avoid broken spools and spool over-turn.

Specifications:

ASTM B3 Soft or Annealed Copper Wire

ASTM B787 19 Wire Combination Unilay-Stranded Copper Conductors

UL 83 Thermoplastic Insulated Wires and Cables

NMX-J-010-ANCE Thermoplastic insulated wires and cables

NOM-063-SCFI Electrical Products – Conductors – Safety Requirements

Table 1 – Weights and Measurements

Stock Number	Cond. Size	Cond. Number	Cond. Strands	Diameter Over Conductor	Insul. Thickness	Approx. OD	Approx. Weight
	AWG/Kcmil	No.	No.	inch	mil	inch	lb/1000ft
583848^◊	8	4	19	0.143	35	0.852	250

All dimensions are nominal and subject to normal manufacturing tolerances

◊ Cable marked with this symbol is a standard stock item

Table 2 – Electrical and Engineering Data

Cond. Size	DC Resistance @ 25°C	AC Resistance @ 90°C	Inductive Reactance	Min Bending Radius	Allowable Ampacity In Raceway At 60°C	Allowable Ampacity In Raceway At 75°C	Allowable Ampacity In Raceway At 90°C
AWG/Kcmil	Ω/1000ft	Ω/1000ft	Ω/1000ft	inch	Amp	Amp	Amp
8	0.653	0.786	0.052	3.4	32	40	44

* Inductive impedance is based on non-ferrous conduit with one diameter spacing.

Revision: 1.000.000

Updated On: Dec. 11, 2023, 9:29 p.m. UTC